五、新型說明： 【新型所屬之技術領域】 特別是指一種用以供 本新型是有關於一種卡合模組 兩組件藉以相結合的卡合模組。 【先前技術】 Μ任 以人^ 式不外乎是透過螺鎖、卡人 或谬合，其中，以卡合的方式而言，通。 形成有切或卡孔，而另—個㈣収形成㈣榫 ’且卡榫或卡勾通常是一體成型的形成在組件上作曰 這樣的結構設計㈣容以生的_是，#卡榫或卡^變 形、_裂或破損時，則連同組件也會報銷而無法使用 換的成本較高。 【新型内容】 =此’本新型之㈣，即在提供—種可降低更換成本 的卡合模組以及該卡合模組與組件的組合。 本新型卡合模組包含-對卡合臂與一彈性元件。每一 卡合臂包括-呈長條狀的臂段、—形成於該臂段底端的第 二^合部以及一形成於該臂段頂端的頭部，該等卡合臂藉 該等第二卡合部分別卡合於—組件的—對第—卡合部而结 合於該組件，使得一設有套孔的待結合件可藉其套孔套設 於該等卡合臂並且受擋止於該等卡合臂的頭部，而該彈性 元件抵接於該等卡合臂之間。 本新型卡合模組與組件的組合包含一組件以及一卡合 模組。該組件具有一表面以及設置於該表面的一對第一卡 M396888 &郤。该卡合模組包括一對卡合 上人辟& 口#以及—彈性元件，每一 卡&煮包括一呈長條狀的臂段、一 一上人A t成於該臂段底端的第 一卡s。卩以及一形成於該臂段頂 用于又唄缒的碩部，該等卡合臂 該等第二卡合部分別卡合於該等 曰 y, 寻第一卡合部而結合於該組 ’-設有套孔的待結合件可藉其套孔套設於該等卡合臂 並且欠擋止於該等卡合臂的頭部而藉該卡合模組結合於該 組件，而該彈性元件抵接於該等卡合臂之間。 本新型之功效在於，將卡合模缸與組件之間設計成藉 由第-卡合部與第二卡合部相卡合的方式相結合，當組裝 結合在組件的卡合模組損壞時，便能單獨替換卡合模組而 不需要連同組件都替換掉’進而降低更換的成本，且使用 者也可在f要將待組合件結合在組件上時，再將卡合模組 結合在組件上，藉此降低卡合模組損壞的機率。 【實施方式】 有關本新型之前述及其他技術内容 '特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中將可 清楚的呈現。 參閱圖1與圖2 ’本新型卡合模組與組件的組合丨〇〇的 一個較佳實施例包含一組件丨以及一設置在組件丨的卡合 模組2，該卡合模組與組件的組合1〇〇是可供一如圖7所示 设有套孔31的待結合件3藉由其套礼31套設在卡合模組2 而結合在組件1，在本實施例中，組件1為例如電腦的電子 裝置機殼’而待結合件3可以是用以結合在機殼的板件、 支樓架、電路板或其他零組件等等。V. New description: [New technical field] It is especially used for the present invention. The present invention relates to a clamping module in which two components are combined. [Prior Art] Μ 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 螺 螺 螺 螺 螺 螺 螺 螺Formed with a cut or a card hole, and another (four) received to form (four) 榫 ' and the card or the hook is usually formed integrally on the component as a structural design (four) to accommodate the raw _ yes, #卡榫 or When the card is deformed, cracked or damaged, it will be reimbursed together with the component, and the cost of using it cannot be changed. [New content] = This is a combination of the present invention, which provides a combination of a clamping module that reduces replacement costs and a combination of the clamping module and the component. The new snap module comprises a pair of snap arms and an elastic component. Each of the engaging arms includes an elongated arm section, a second engaging portion formed at a bottom end of the arm segment, and a head formed at a top end of the arm segment, the engaging arms borrowing the second The engaging portion is respectively engaged with the - engaging portion of the component to be coupled to the component, so that a component to be joined with the socket can be sleeved on the engaging arm and blocked by the sleeve hole At the head of the engaging arms, the elastic member abuts between the engaging arms. The combination of the new snap module and assembly comprises a component and a snap module. The assembly has a surface and a pair of first cards M396888 & The engaging module comprises a pair of engaging upper and lower mouths and an elastic element, each card & cooking comprises a long arm section, and the upper body A t is formed at the bottom of the arm section The first card s of the end. And a second portion of the engaging arm formed on the top of the arm segment for engaging with the second engaging portion, respectively, engaging the first engaging portion and being coupled to the group The component to be joined with the socket can be coupled to the component by the sleeve and the hooking arm of the latching arm is coupled to the component by the latching module. The elastic member abuts between the engaging arms. The utility model has the advantages that the clamping cylinder and the component are designed to be combined by the first engaging portion and the second engaging portion, and when the engaging module assembled and coupled to the component is damaged, The replacement module can be replaced separately without replacing the component with the component, thereby reducing the cost of replacement, and the user can also combine the clamping module when the component to be assembled is combined with the component. On the component, thereby reducing the chance of damage to the snap-in module. [Embodiment] The foregoing and other technical features of the present invention will be apparent from the following detailed description of the preferred embodiments. Referring to FIG. 1 and FIG. 2, a preferred embodiment of the combination of the present invention is composed of a component and a clamping module 2 disposed on the component, the clamping module and the component The combination 1 is a joint member 3 provided with a sleeve hole 31 as shown in FIG. 7 and is coupled to the assembly 1 by a sleeve 31 disposed in the engagement module 2, in this embodiment, The component 1 is an electronic device casing such as a computer' and the component to be joined 3 may be a panel, a stand, a circuit board or other components or the like for being bonded to the casing.
ί SI 4 M396888 參閱圖2、圖3、圖5,組件i具有—表面u以及一對 設置於表面11的第一卡合部12，在本實施例中，每一個第 一卡合部12包括一由表面11凹陷的凹槽121以及二設置在 凹槽121的檔塊122,其中，凹们21具有一低於表面n 的凹槽底面123以及連接凹槽底面123與表面u並且間隔 相向的二凹槽側面124,兩擋塊122是由兩凹槽側面124鄰 近表面11處相向凸出形成，因而每一個擋塊112間隔於凹 槽底面123上方，兩擋塊122與凹槽底自123之間界定出 一卡槽125，且在本實施例中，兩第一卡合部12的凹槽 121相連通而其凹槽底面123相連接、凹槽側面124也相連 接。 參閱圖2至圖5,卡合模M 2包括―對卡合臂21以及 -彈性元# 22,每—個卡合f 21包括—呈長條狀的臂段 23、—形成在臂段23底端的第二卡合部24以及一形成在 :’段23頂端的頭部25 ’除此之外，在本實施例中，每一個 臂段23具有一内側面231，且内側面231凹陷形成有一定 位槽232。 母-個卡合臂21的第二卡合部24呈板片狀由臂段U 的底端往背向内側S 231的方向橫向延伸出，因 段，一與第二卡合部24連接的結構大致呈“，更細二 於m合r21的第二卡合部24沿垂直於其自身相對 二側片部241以及、表技Γ 2可供區隔為包括 242, ^ 及連接於兩側片部241之間的一令間片部 側片部24】的厚度較中間片部災的厚度為低 5 M396888 言之’中間片部242的高度高於兩侧片部241，因而第二卡 合部23於方向〇2的縱向斷面大致呈倒τ形。 每一個卡合臂21的頭部25呈往背向内側面231的方 向側向突出的圓凸狀。 兩卡合臂21是以其内側面231相向並且定位槽232相 對應設置’彈性元件22在本實施例中為壓縮彈簧，其兩端 分別伸入兩卡合臂21内側面231的定位槽232内定位（例 如藉由膠合固定於定位槽232内）。 卡合模組2是藉由其兩卡合臂21的第二卡合部μ分 別伸入卡合在組件i的兩第一卡合部12的卡槽125内使 得臂段23呈直立方向結合在組件i表面n上，更詳細的說 ，當每-卡合臂21的第二卡合部24卡合在組件i的第一 卡合部12的卡槽125 ai·， 夺第一卡&部24的兩侧片部24! 伸入兩撞塊122與凹槽麻而m 丹U僧底面123之間，而中間片部252則 凸伸於兩擋塊122之間。 由於本實施例的兩第—卡合部12的卡槽125是相連通 的，將卡合模組2結合在組们時，可先將兩卡合臂21相 向擠壓而壓縮彈性元件22,接著將其令一卡合臂21的第二 卡合部24由兩個第—卡合部12之間相連通㈣間插入其 中-第-卡合部的卡槽125，接著，再將另—卡合臂η =入另一第—卡合部12的卡槽⑵，最後，再釋放兩卡合 ^ ’借助彈性元件22的彈性回復力推抵兩卡合臂Μ往 相运離的方向位移，使雨士人辟^ 便兩卡合臂21的第二卡合部24維持 於插入擔請與凹槽底，123之間而卡入卡請的狀 M396888 態，避免卡合模組2輕易由兩第一卡合部12脫離。 而當卡合模組2有斷裂或破損而需要汰換時，同樣先 將兩卡合臂21相向擠壓而壓縮彈性元件22,接著將直中一 卡合臂21的第二卡合部24由其所在的第-卡合部、中移 出二再將另一個卡合臂21的第二卡合部24由其所在的第 一卡合部12中移出即可。 參閱圖6、圖7’當卡合模組2結合在組件（時卡合 模組2在兩卡合臂21的頭部25外側之間在彈性元件2^ 被壓縮的狀態下的距離（如圖7 # d3)會大於待组八件3 的套孔31的孔徑（如圖6的D小因&，在將待結合件3 以其套孔31套設在卡合模組2的過程中兩卡合臂^會 被相向的擠壓並且壓縮彈性元件22，直到待組合件3的套 孔31通過兩卡合臂21的頭部25之後，兩卡合臂21受到 壓縮彈簧22的回復彈力的影響而再度被㈣，如此一來， 待組合件3便被擋止於兩卡合f 21的頭部25下方待粗ί SI 4 M396888 Referring to Figures 2, 3, and 5, the assembly i has a surface u and a pair of first engaging portions 12 disposed on the surface 11, in the present embodiment, each of the first engaging portions 12 includes a groove 121 recessed by the surface 11 and two stops 122 disposed in the groove 121, wherein the recess 21 has a groove bottom surface 123 lower than the surface n and the connection groove bottom surface 123 and the surface u are spaced apart from each other The two groove sides 124 are formed by the two groove sides 124 protruding toward the surface 11 so that each of the blocks 112 is spaced above the groove bottom surface 123, and the two blocks 122 and the groove bottom are 123. A card slot 125 is defined therebetween, and in the embodiment, the grooves 121 of the two first engaging portions 12 communicate with each other, and the groove bottom surface 123 is connected, and the groove side faces 124 are also connected. Referring to FIGS. 2 to 5, the engaging die M 2 includes a pair of engaging arms 21 and an elastic element #22, and each engaging f 21 includes an elongated arm section 23, which is formed in the arm section 23. The second engaging portion 24 at the bottom end and a head portion 25' formed at the top of the 'section 23'. In addition, in the present embodiment, each of the arm segments 23 has an inner side surface 231, and the inner side surface 231 is recessed. There is a positioning slot 232. The second engaging portion 24 of the female engaging arm 21 extends in a plate shape from the bottom end of the arm segment U toward the inner side S 231, and is connected to the second engaging portion 24 by the segment. The structure is substantially ", and the second engaging portion 24 which is more fine than the m-r21 is perpendicular to its own opposite side portions 241 and the surface of the table 2 is 242, ^ and is connected to both sides. The thickness of the inter-sheet side portion 24 between the sheet portions 241 is lower than the thickness of the intermediate sheet portion. 5 M396888 The height of the intermediate sheet portion 242 is higher than that of the side sheet portions 241, and thus the second card. The longitudinal cross-section of the joint portion 23 in the direction 〇 2 is substantially inverted. The head portion 25 of each of the engaging arms 21 has a convex shape that protrudes laterally toward the inner side surface 231. The two engaging arms 21 are In the present embodiment, the elastic member 22 is disposed in the positioning groove 232 of the inner side surface 231 of the two engaging arms 21, respectively Glue is fixed in the positioning slot 232. The engaging module 2 is respectively extended by the second engaging portion μ of the two engaging arms 21 into the two components of the component i The inside of the card slot 125 of the first engaging portion 12 causes the arm portion 23 to be coupled to the surface n of the component i in an upright direction. In more detail, when the second engaging portion 24 of each of the engaging arms 21 is engaged with the component i The card slot 125 ai· of the first engaging portion 12 and the two side portions 24 of the first card & portion 24 extend into between the two impact blocks 122 and the groove 麻Ma 丹 僧 U 僧 bottom surface 123, and The middle piece 252 is protruded between the two blocks 122. Since the card slots 125 of the two first engaging portions 12 of the embodiment are in communication, when the engaging module 2 is combined with the group, the The two engaging arms 21 are pressed toward each other to compress the elastic member 22, and then the second engaging portion 24 of the engaging arm 21 is connected between the two first engaging portions 12 (four). a card slot 125 of the engaging portion, and then the other engaging arm n is inserted into the card slot (2) of the other first engaging portion 12, and finally, the two engaging members are released, and the elastic response by the elastic member 22 is released. The force is pushed against the displacement of the two engaging arms 相 in the direction of the phase transport, so that the second engaging portion 24 of the two engaging arms 21 is maintained between the insertion request and the bottom of the groove, 123 The M396888 state of the card The engaging module 2 is prevented from being easily detached from the two first engaging portions 12. When the engaging module 2 is broken or damaged and needs to be replaced, the two engaging arms 21 are also pressed toward each other to compress the elastic member 22 Then, the second engaging portion 24 of the straight middle engaging arm 21 is removed from the first engaging portion, and the second engaging portion 24 of the other engaging arm 21 is placed by the first engaging portion 24 One of the engaging portions 12 can be removed. Referring to Figures 6 and 7', when the engaging module 2 is coupled to the assembly (the engaging module 2 is between the outer sides of the heads 25 of the two engaging arms 21 at the elastic member 2 ^ The distance in the compressed state (Fig. 7 #d3) will be larger than the aperture of the set hole 31 of the eight pieces 3 to be assembled (such as D small factor & During the process of the clamping module 2, the two engaging arms are pressed against each other and compress the elastic member 22 until the sleeve hole 31 of the assembly 3 passes through the head 25 of the two engaging arms 21, The engaging arm 21 is again affected by the resilience of the compression spring 22 (4), so that the assembly 3 is blocked under the head 25 of the two engaging f 21 to be thick
合件3便順利藉由其套孔31套設於卡合模組2而結合於組 件1。 補充說明的是’在本實施例中，卡合臂2ι與組件丄是 藉由卡槽形式的第-卡合部12與板片形式的第二卡合部Μ 相卡合，但第一卡合冑12與第二卡合部24的態樣並不以 此為限’其也可以是兑伸士幻叙t. . 八他卞勾與卡槽、卡榫與卡孔等結構 配合的態樣。 综上所述，本新型將卡合模組2與組件i之間設計成 藉由第-卡合^ 12與第二卡合部24相卡合的方式相結合 7 ，當組裝結合在組件〗的卡人 換卡人槎 σ模、.且2彳貝壞時，便能單獨替 卡。桓組2而不需要連同組件】都替換掉， 換的成本，且使用去 一 上時n 要將待組合件3結合在組件1 時再將卡合模組2结人在相杜〗,_ έ0 , ,D ^ 、α σ在組件1上，藉此降低卡合模 知㈣機率’故確實能達成本新型之目的。 :藉由彈性元件22的設置，則能讓兩卡合臂21維持 在較％定的間隔距離，避免兩卡合臂21的頭部25之間的 距離由於兩卡合臂21的臂段23受到擠壓或其他外力因素 f生變形而縮短小於待結合件3的套孔31内徑，換言之， 是可讓套設在卡合模組2的待結合件3較不容易脫離。 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是本新型卡合模組與組件的組合的一個較佳實施 例的立體圖； 圖2是該較佳實施例的分解圖； 圖3是該較佳實施例的組件的縱向剖視圖； 圖4是該較佳實施例的該卡合模組結合於該組件的縱 向剖視圖； 圖5是圖4是該較佳實施例的該卡合模組結合於該組 件的另一個方向的縱向剖視圖； 圖6是一待組合件結合於該較佳實施例的組裝示意圖 M396888 :以及 圖7是該待組合件結合於該較佳實施例的縱向剖視圖 M396888 【主要元件符號說明】 100…… •卡合模組與組件 232…… •定位槽 的組合 24........ •第二卡合部 1 ......... •組件 241…… •兩側片部 11........ •表面 242…… •中間片部 12........ •第一卡合部 25........ •頭部 121…… •凹槽 3 ......... •待結合件 122…… •擋塊 31........ •套孔 123…… •凹槽底面 D,........ •第二卡合部相對 124…… •凹槽側面 於臂段底端的延伸方向 125…… •卡槽 〇2........ …垂直D1的方向 2 ......... •卡合模組 〇3........ •兩卡合臂的頭部 21........ ••卡合臂 外侧之間的距離 22........ ••彈性元件 d4........ •待組合件的套孔 23........ .·臂段 的孔徑 231…… ••内側面 [£ 1 10The fitting 3 is smoothly joined to the component 1 by the sleeve hole 31 being sleeved on the engaging module 2. In addition, in the present embodiment, the engaging arm 2 ι and the component 卡 are engaged by the first engaging portion 12 in the form of a card slot and the second engaging portion 形式 in the form of a plate, but the first card The aspect of the merging 12 and the second engaging portion 24 is not limited thereto. It may also be a state in which the hexagram hook and the card slot, the card cymbal and the card hole are matched. kind. In summary, the present invention combines the engagement module 2 and the component i to be combined by the first engagement and the second engagement portion 24, 7 when assembled and assembled in the assembly. The cardholder can change the card separately if the card player is 槎σ, and 2 mussels are bad.桓 group 2 does not need to be replaced with the component], the cost of the replacement, and when using the one to be combined, the component 3 is to be combined with the component 1 and then the clamping module 2 is brought into the phase, _ Έ0 , , D ^ , α σ are on the component 1, thereby reducing the probability of the snap-in (4), so that the purpose of the present invention can be achieved. By the arrangement of the elastic member 22, the two engaging arms 21 can be maintained at a relatively constant spacing distance, and the distance between the head portions 25 of the two engaging arms 21 can be avoided due to the arm segments 23 of the two engaging arms 21. The inner diameter of the sleeve hole 31 of the member to be joined 3 is shortened by the extrusion or other external force factor, and in other words, the member to be joined 3 which is sleeved on the engaging module 2 is less likely to be detached. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel description content, All remain within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a preferred embodiment of a combination of the present invention and a combination of components; FIG. 2 is an exploded view of the preferred embodiment; FIG. 3 is an assembly of the preferred embodiment. 4 is a longitudinal cross-sectional view of the engagement module of the preferred embodiment coupled to the assembly; FIG. 5 is a view of the preferred embodiment of the engagement module coupled to the assembly. A longitudinal sectional view of the direction; FIG. 6 is an assembly diagram M396888 in which the assembly to be combined is coupled to the preferred embodiment: and FIG. 7 is a longitudinal cross-sectional view of the preferred embodiment in combination with the preferred embodiment M396888. ...... • Engagement module and assembly 232... • Combination of positioning slots 24........ • Second engagement part 1 ......... • Component 241... • Both sides Sheet portion 11........ • Surface 242... • Intermediate sheet portion 12......... First engaging portion 25......... Head portion 121... • Groove 3 ......... • To be joined 122... • Stop 31........ • Set hole 123... • Groove bottom D,... .. • second engagement part relative to 124 ...... • The side of the groove extends in the direction of the bottom end of the arm section 125... • Card slot 〇 2........ ...Vertical direction D1 2 ......... • Engagement module 〇 3........ • The head of the two clamping arms 21........ • The distance between the outside of the engaging arms 22........ •• Elastic element d4 ........ • The hole of the assembly to be assembled 23........ The aperture of the arm section 231...... •• Inside side [£ 1 10